RCCB, RCBO, MCB, AFDD (Arc Fault Detection Device) …... · 2021. 6. 16. · Protection systems...
Transcript of RCCB, RCBO, MCB, AFDD (Arc Fault Detection Device) …... · 2021. 6. 16. · Protection systems...
Sr. No. Topics
1 Safety Management:
• Basic Principal of Electrical Accident Prevention • Fundamentas and Dangers from Electricity • Tool Box Talk (TBT), PTW Permit to work (PTW) and Lock Out Tag
Out (LOTO)
2 Hazards Identification & Risk Assessment (HIRA) and assignment
3 Safe Work Method Statement (SWMS) based on Story Board – Basic Concept & Assignments
4 Five Golden Rules of Electrical Safety (with video explanation)
5 Electrical Emergency Handling, Rescue, and Incident Reporting
6 Single Line Diagram and its important
7 Protection systems (Overload, Earth Fault, Short Circuit, Diff. etc.)
8 Switchyard & Outdoor Equipment’s:
• HT & LT Switch boards • Transformers • Working Near Live Parts (Switchyard, Switch Boards) - Partial
shutdowns
9 Safe Work Method Statement (SWMS) – Assignment Status Review
10 IE Rules
11 Earthing / Grounding System
12 RCCB, RCBO, MCB, AFDD (Arc Fault Detection Device)
13 Construction Power / Temporary Power
14 Electric Power Tools / Hot Work
15 Personal Protective Equipment’s (PPEs) for Electrical work
16 Arc Flash Hazard & Mitigation Measures
17 Safe Work Method Statement (SWMS) – Presentation by Participants
18 Assessment: Safety Commitment, Training Feedback and SITRUST Online Examination
Sr. No. Topics – Day 1
1 Safety Management
• Why Safety? • Zero Harm Culture
2 Dangers from Electricity, Foundamentals of Electricity
3 Basic Principal of Electrical Accident Prevention
Golden Rules of Electrical Safety - Siemens Video Based Interactions
• Disconnection from Supply (Isolation) • Safeguard against reconnection (LOTO) • Verify the safe isolation from supply (Absence of Voltage) • Earth and Short Circuit • Corden off Neighboring Live Parts
4 Electrical Emergency Handling, Rescue, and Incident Reporting
5 Learning from Past Incidents and Route Causes
Lunch Break
6 Case Studies & Importance of Safe Work Method Statement (SWMS)
Story board and Assignments for preparation of SWMS
7 Importance of Single Line Diagram
8 Temporary Power Supply Distribution
9 Earthing / Grounding System
10 RCCB, MCB, AFDD
11 Importance of Protection in Electrical Systems
12 IP protection and its Importance
13 Personal Protective Equipment’s, IE Rules
Sr. No. Topics – Day 2
15 Recap of Day 1
16 Assignments - SWMS Discussion & Review
17 LV Panels, HV Panels
18 Transformers, Motors
19 Cables, Battery, Capacitors
Lunch Break
20 Static Electricity
21 Hazardous area Classification
22 Working Near Live Parts under partial shutdown conditions
23 Arc Flash Study & It’s Importance
24 Assignments - SWMS Discussion & Review
25 Safety Commitment, Feedback and Assessment
Sr. No. Topics Duration
1 Dangers from Electricity
• Fundamentals of Electrical Safety • Dangers of Electrical Safety
1.5 Hours
2 Golden Rules of Electrical Safety - Siemens Video Based Interactions
• Disconnection from Supply (Isolation) • Safeguard against reconnection (LOTO) • Verify the safe isolation from supply (Absence of
Voltage) • Earthing and Shorting • Corden off Neighboring Live Parts
Break (10 Mins)
• Importance of Earthing & Grounding System • Various type of earthing
1.5 Hours
Who Should Attend? Professionals from all across Industry Sectors
Sr. No. Topics Duration
1 Arc Flash & Safety Protection Measures
• Importance of Arc Flash Study 1.5 Hours • Incident Energy, Hazard Category & Selection of PPE
• IP protection and its Importance
Break (10 Mins)
• Static Electricity 1.5 Hours
• Electrical Equipment's in Hazardous Area
Who Should Attend? Professionals from all across Industry Sectors
Sr. No. Topics Duration
1 Electrical Safety & Importance of Protection System
• Residual Current Circuit Breaker 1.5 Hours • Arc Fault Detector Device
Break (10 Mins)
• Importance of Single Line Diagram (SLD) 1.5 Hours
• Overload, Short Circuit and other Protections
Who Should Attend? Professionals from all across Industry Sectors
Sr. No. Topics Duration
1 Safety while working on Electrical Equipment
• Indoor Equipment’s – High Voltage (HV) Panels, Low Voltage (LV) Panels, Transformers 1.5 Hours
• Switchyard-Outdoor Equipment’s
Break (10 Mins)
• Cables, Capacitors, Battery Banks 1.5 Hours
• Partial Shutdown Works and Safety Measures
Who Should Attend? Professionals from all across Industry Sectors